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8 high frame rate astronomy news items found

Planet and moon image stacking gets easier with LuckyStackWorker 7

LuckyStackWorker - a free, open-source desktop application for astrophotographers that automates the post-processing (sharpening, denoising) of stacked solar system images (planets, Moon, Sun) captured with techniques like lucky imaging, has updated to a new release of version 7.0.0. The application has taken a noticeable step forward, not by reinventing planetary workf...

Choosing the right astrophotography camera

Astrophotography once relied entirely on film, a method plagued by low sensitivity, challenging exposures, and highly limited post-processing capabilities. The emergence of CCD sensors marked a massive improvement, offering lower noise and enhanced image quality. However, the introduction of CMOS sensors revolutionized the field even further. CMOS technology has rapidly...

ASI662MM astronomy camera

The ASI662MM and ASI662MC planetary cameras from ZWO are part of a new generation of affordable, high-performance astronomy cameras designed for capturing stunning images of celestial objects. Both cameras use the Sony IMX662 rolling shutter CMOS sensor, known for its excellent sensitivity, low read noise, and fast frame rates. They are ideal for planetary imaging, luna...

Cheap astrophotography camera the OGMA GP678C

The OGMA GP678C Guide/Planetary Color Astronomy Camera, featuring the Sony IMX678 sensor, caught my attention for its versatility and affordability. At just $259.00, this camera delivers impressive performance for both planetary and deep-sky imaging, making it a valuable addition to any backyard observatory setup. Let’s take a dive into the specs, features, and re...

High-magnification astrophotography

Long focal length telescopes bring distant deep sky objects closer, revealing fine details that are impossible to capture with shorter focal lengths. While astrophotography with these telescopes does require more precision in tracking and guiding, the benefits can far outweigh the challenges. The ability to see intricate structures in nebulae, fine details in galaxies, ...

Player One Astronomy camera lineup

Whether you're imaging planets, deep-space nebulae, or the Sun, having a camera designed for your specific needs can make all the difference. One company that has been making waves in the astrophotography community is Player One Astronomy. Their lineup of cameras covers everything from guiding and planetary imaging to cooled deep-sky and solar photography. In this g...

Best solar cameras for F7 telescopes

Solar imaging cameras need to meet specific requirements to work well with different telescopes. Unlike deep-sky imaging, where long exposures are the norm, solar imaging requires high-speed cameras capable of capturing many frames per second. This is because the atmosphere is constantly shifting, and capturing a large number of frames allows for stacking the best image...

The ZWO ASI585MC Pro lands with a review from Trevor Jones

The ZWO ASI585MC Pro is the latest addition to ZWO's line of deep-sky cameras. It's built around a 4K Sony CMOS sensor with a 1/1.2″ format and 2.9μm pixels, delivering a resolution of 3840x2160 (8.29MP). This camera offers high sensitivity and a fast frame rate, reaching 47 frames per second at full resolution. ZWO ASI585MC Pro, deep-sky camera feat...